An Osprey Inspired Optimization-Based Planning of Controllers for Wind Energy Enriched Hybrid Power System

Electrical Engineering

Increasing public consciousness across the globe due to rapid growth in literacy rate, world leaders are forced to improve human development index (HDI). In order to improve HDI, a large amount of power unit is required for setting up devices for automation to reduce human effort in day-to-day life. To satisfy this increasing amount of energy demand, conventional power source is not sufficient and hence green and non-conventional energy sources are required. In this paper, a multi sources power with wind power as one of the sources is considered in 2-area system. 4-sources of energy are integrated in 2-area system with 2 sources of energy in each area. Hybrid power network is then subjected with disturbances to evaluate system performance with different controllers considered in the paper. The proposed work in this paper is processed and simulated using MATLAB/SIMULINK tool. In this paper, Osprey Inspired Optimization is proposed for efficient planning of controller for immediate damping of fluctuations in the power network due to sudden incoming disturbances or loading.

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